Sabert Launches Recyclable and Home Compostable Paper Cutlery for Sustainable Foodservice

Sabert Corporation Europe has introduced a new range of recyclable and home-compostable paper cutlery that offers improved strength, grip, and durability. The launch supports the growing demand for sustainable food packaging solutions across takeaway, catering, and foodservice applications.

Published Date: 26 June 2026
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Sabert Corporation Europe latest fiber-based cutlery variety is certified compostable, planned for recyclability, and alleged to enhance grip and durability in challenging food usages. The shape and size of the cutlery have been upgraded, incorporating a reformed profile, boosted tines, and fuelled neck performance. These alterations are anticipated to result in a better consumer experience by enhancing management and economics, unlocking convenience and balanced grip throughout usage, and confirming compatibility with more demanding food varieties.

Meanwhile, the cutlery is both TÜV OK Compost Home certified and recyclable, where ideal collection processes exist. Developments to its production process are also expected to enhance material effectiveness. This newest generation of Sabert Corporation Europes cutlery variety is designed to build on the companys ongoing share in product expansion and offer a more dependable option for foodservice operators and customers. The cutlery is advised for use in takeaway, catering, workplace dining, and food-to-go applications.

This was developed after Sabert Corporation Europe introduced its PULPUltra food packaging option earlier this year. It is manufactured from above 95% bagasse fibres, the option is planned for fresh, ready-to-eat dishes and hot foods, and can be utilized in MerryChef applications, conventional ovens, microwaves, and freezers.

Industry Impact and Outlook

Sabert Corporation is leading in the production of sustainable food packaging and is reshaping the foodservice sector by assertively changing from conventional plastics to compostable, innovative, and paper-based options. Their impact efforts on closed-loop production, PFAS-free substitutes, and supporting operators navigate strict global ecological regulations.

Major Impact on the Industry

PFAS Elimination: During stricter universal guidelines like the European Packaging and Packaging Waste Regulation (PPWR), Sabert has gradually eliminated "forever chemicals". Their lines utilize substitute formulations, like 95% bagasse fibers, to fulfil strict ecological compliance without surrendering durability.

Versatile Applications: By switching rigid plastics in enhanced-demand catering and foodservice, Sabert fiber choices are utilized for fresh ready-to-eat dishes, direct-contact hot foods, and unstable transportation.

High-Heat Performance: Usually, fiber packaging battles with liquid and heat reliability. Saberts patented lines resist high temperatures, securely going from freezers to traditional microwaves or ovens.

Experts Opinion

“Were proud to establish the latest advancement of our paper cutlery variety,” expresses Kévin Fidalgo, Product & Innovations manager at Sabert Corporation Europe.

“Consumers are no longer keen to negotiate between sustainability targets and product execution. This latest progress offers a greater, smoother and more comfortable eating practice, supporting operators to meet changing customer expectations.”

“With this latest invention, were offering a paper cutlery option that mixes strength, comfort and functionality. The result is an outcome that feels better in the hand, works more consistently during usage and responds to the developing demand for high-quality fibre-based substitutes.”

“Continuous enhancement is a crucial part of our product advancement approach,” adds Isabelle Ernotte, Quality, Environment, Health & Safety manager at Sabert Corporation Europe.

“Weve further improved our manufacturing procedure, and a proportion of production waste is recycled into the pulping method at our manufacturing site. This maintains efficient utilization of resources while preserving the enhanced-quality standards our customers demand.”

Impact of the Fiber-Based Packaging Industry

The fiber-based packaging market is forecasted to expand from USD 421.69 billion in 2026 to USD 592.45 billion by 2035, growing at a CAGR of 3.85% from 2026 to 2035.

These packages are manufactured from natural virgin fiber, such as paper, paperboard, and various other plant-based resources. These packages are sustainable in comparison to synthetic or plastic packaging. With the rising ecological concern, most consumers prefer fiber-based packaging for food products. The increasing demand for smart packaging has raised the innovation process in this sector. The industry is incorporating advanced AI technology to enhance the consumers experience.

Impact of the Compostable Packaging Industry

The compostable packaging market is forecasted to expand from USD 121.94 billion in 2026 to USD 252.00 billion by 2035, growing at a CAGR of 8.4% from 2026 to 2035.

The market is manufacturing compostable packaging by combining plant-based and recyclable materials, which has raised the demand for these packages. The major companies focusing on innovation of the compostable packaging are Corbion, Berry Global, Amcor, BASF, and Mondi. These packages are manufactured by using core resources such as PHA, PLA, cellulose, wood, and bamboo. Major food packaging sectors are promoting the usage of compostable packaging, which has fuelled the production and upsurge in the expansion of this industry.

About Sabert Corporation

Sabert Corporation is a leading worldwide manufacturer of sustainable and innovative food packaging options, which is founded in 1983 by Albert Salama. Its headquarters is in Sayreville, New Jersey. The private company delivers to the food processing, restaurant, catering, and grocery sectors with a wider portfolio of pulp, plastic, and paper containers. The company plans its packaging options across five major pillars: Economics, Performance, Presentation, Safety, and Sustainability. Their major focus sections comprise sustainable material sourcing, environment-friendly pattern, and effective manufacturing procedures.

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